Fully adjusted (age, sex, smoking, SES and BMI) all-cause mortality survival curves by HbA1C and diabetes category (whole sample).

Survival curves for a) all-cause mortality and b) cardiovascular or sepsis-related mortality stratified for iron supplementation.

Emanuel Zitt (228284)
Gisela Sturm (228283)
Florian Kronenberg (87557)
Ulrich Neyer (228289)
Florian Knoll (228286)
Karl Lhotta (228288)
Günter Weiss (5649373)

December 2014

Adjusted for age, sex, time-dependent type of renal replacement therapy, diabetes, time-dependent...

The HbA1c and all-cause mortality relationship in patients with type 2 diabetes is j-shaped: A meta-analysis of observational studies

Arnold, Luke W.
Wang, Zhiqiang

August 2014

Low blood glucose and HbA1c levels are recommended in the literature on management of diabetes. Howe...

HRs for all-cause mortality according to TG/HDL-C ratio.

Ke Wan (724845)
Jianxun Zhao (724846)
Hao Huang (111923)
Qing Zhang (1802)
Xi Chen (35903)
Zhi Zeng (505048)
Li Zhang (8200)
Yucheng Chen (513758)

April 2015

Model 1 was adjusted for age, gender. Model 2 was adjusted for age, gender, smoking. Model 3 was ...

Fully adjusted survival curves for CVD mortality by HbA1C and diabetes category (whole sample).

Vanessa L. Z. Gordon-Dseagu (704900)
Jennifer S. Mindell (115632)
Andrew Steptoe (36331)
Alison Moody (704901)
Jane Wardle (52780)
Panayotes Demakakos (196562)
Nicola J. Shelton (704902)

March 2015

Fully adjusted survival curves for CVD mortality by HbA1C and diabetes category (whole...

Fully adjusted survival curves for cancer mortality by HbA1C and diabetes category (whole sample).

Vanessa L. Z. Gordon-Dseagu (704900)
Jennifer S. Mindell (115632)
Andrew Steptoe (36331)
Alison Moody (704901)
Jane Wardle (52780)
Panayotes Demakakos (196562)
Nicola J. Shelton (704902)

March 2015

Fully adjusted survival curves for cancer mortality by HbA1C and diabetes category (wh...

Kaplan-Meier survival curve for all-cause mortality according to HbA1c levels (%).

Ji In Park (578107)
Eunjin Bae (179234)
Yong-Lim Kim (277264)
Shin-Wook Kang (277265)
Chul Woo Yang (277266)
Nam-Ho Kim (277267)
Jung Pyo Lee (165431)
Dong Ki Kim (165482)
Kwon Wook Joo (295904)
Yon Su Kim (165494)
Hajeong Lee (286887)

August 2015

Kaplan-Meier survival curve for all-cause mortality according to HbA1c levels (%).</p

Kaplan-Meir survival curves for the risk of all-cause death in the study participants for all participants (upper) and baseline diabetes status (lower).

Kuo-Liong Chien (73583)
Hsiu-Ching Hsu (376275)
Pei-Chun Chen (194576)
Hung-Ju Lin (465313)
Ta-Chen Su (60914)
Ming-Fong Chen (309336)
Yuan-Teh Lee (376278)

March 2015

Kaplan-Meir survival curves for the risk of all-cause death in the study participants for all par...

Association between mortality and HbA1c, stratified by age group.

Jennifer Nicholas (431168)
Judith Charlton (185062)
Alex Dregan (431169)
Martin C. Gulliford (187134)

July 2013

Figures are odds ratios (95% confidence intervals).a6.5% to 9.0% as reference category;</p...

Association between mortality and HbA1c.

Jennifer Nicholas (431168)
Judith Charlton (185062)
Alex Dregan (431169)
Martin C. Gulliford (187134)

July 2013

Figures are odds ratios (OR), 95% confidence intervals (CI).aadjusted for comorbidity, lip...

Kaplan—Meier survival curves for incident diabetes during the 5-year study period, differentiated by baseline HbA1c levels.

Tetsuya Kawahara (719015)
Ryuichiro Imawatari (719016)
Chie Kawahara (719017)
Tetsuya Inazu (719018)
Gen Suzuki (344442)

April 2015

Each curve had a significantly higher risk compared with the reference group, the curve for HbA<s...

Age-adjusted mean values and multivariate-adjusted partial regression coefficients (95% CIs) of FPG and HbA1c according to smoking status.

Toshiaki Ohkuma (483462)
Masanori Iwase (483464)
Hiroki Fujii (483463)
Shinako Kaizu (572643)
Hitoshi Ide (483466)
Tamaki Jodai (483469)
Yohei Kikuchi (483467)
Yasuhiro Idewaki (483468)
Yoichiro Hirakawa (483470)
Udai Nakamura (483471)
Takanari Kitazono (483472)

March 2015

Abbreviations: FPG, fasting plasma glucose; HbA1c, hemoglobin A1c; β, parti...

Survival estimates.

George W. Reed (384426)
Hongjo Choi (384427)
So Young Lee (259302)
Myungsun Lee (384428)
Youngran Kim (384429)
Hyemi Park (384430)
Jongseok Lee (384431)
Xin Zhan (169128)
Hyeungseok Kang (384432)
SooHee Hwang (384433)
Matthew Carroll (384434)
Ying Cai (22305)
Sang-Nae Cho (173133)
Clifton E. Barry III (197104)
Laura E. Via (315019)
Hardy Kornfeld (195529)

March 2013

Unadjusted Kaplan-Meier survival curve for all causes of death in diabetic subjects (red lines...

HRs for all-cause and cause-specific mortality by glycated haemoglobin and self-reported diabetes category.

Vanessa L. Z. Gordon-Dseagu (704900)
Jennifer S. Mindell (115632)
Andrew Steptoe (36331)
Alison Moody (704901)
Jane Wardle (52780)
Panayotes Demakakos (196562)
Nicola J. Shelton (704902)

March 2015

1 Normoglycaemic/no diabetes: those who neither indicated diabetes nor had a raised Hb...

Hazard Ratios (95% CI) of Associations Between a 1% -Increase in HbA1c and Total Mortality, Stratified for Several Diabetes-Related Variables, and Cause-Specific Mortality in 4,345 Individuals with Diabetes Mellitus.

Diewertje Sluik (140061)
Heiner Boeing (23585)
Jukka Montonen (319550)
Rudolf Kaaks (23598)
Annekatrin Lukanova (319552)
Annelli Sandbaek (319555)
Kim Overvad (115088)
Larraitz Arriola (147444)
Eva Ardanaz (115112)
Calogero Saieva (319557)
Sara Grioni (319559)
Rosario Tumino (43188)
Carlotta Sacerdote (140075)
Amalia Mattiello (140078)
Annemieke M. W. Spijkerman (111260)
Daphne L. van der A (111226)
Joline W. J. Beulens (111264)
Susan van Dieren (319561)
Peter M. Nilsson (140081)
Leif C. Groop (198713)
Paul W. Franks (136032)
Olov Rolandsson (140085)
Bas Bueno-de-Mesquita (156489)
Ute Nöthlings (140098)

February 2013

Abbreviations: CI, confidence interval; CVD, cardiovascular diseases; OHA, Oral Hypoglycemic Agen...

Survival curves for overall survival by never and ever cigarette/bidi smoking.

Fen Wu (210935)
Yu Chen (29959)
Faruque Parvez (13136)
Stephanie Segers (387673)
Maria Argos (181649)
Tariqul Islam (29964)
Alauddin Ahmed (181661)
Muhammad Rakibuz-Zaman (181658)
Rabiul Hasan (387674)
Golam Sarwar (387675)
Habibul Ahsan (13132)

March 2013

(A) Overall survival among men. (B) Overall survival among women. Cox proportional ...

Survival curves for a) all-cause mortality and b) cardiovascular or sepsis-related mortality stratified for iron supplementation.

Emanuel Zitt (228284)
Gisela Sturm (228283)
Florian Kronenberg (87557)
Ulrich Neyer (228289)
Florian Knoll (228286)
Karl Lhotta (228288)
Günter Weiss (5649373)

December 2014

Adjusted for age, sex, time-dependent type of renal replacement therapy, diabetes, time-dependent...

The HbA1c and all-cause mortality relationship in patients with type 2 diabetes is j-shaped: A meta-analysis of observational studies

Arnold, Luke W.
Wang, Zhiqiang

August 2014

Low blood glucose and HbA1c levels are recommended in the literature on management of diabetes. Howe...

HRs for all-cause mortality according to TG/HDL-C ratio.

Ke Wan (724845)
Jianxun Zhao (724846)
Hao Huang (111923)
Qing Zhang (1802)
Xi Chen (35903)
Zhi Zeng (505048)
Li Zhang (8200)
Yucheng Chen (513758)

April 2015

Model 1 was adjusted for age, gender. Model 2 was adjusted for age, gender, smoking. Model 3 was ...

Fully adjusted survival curves for CVD mortality by HbA1C and diabetes category (whole sample).

Vanessa L. Z. Gordon-Dseagu (704900)
Jennifer S. Mindell (115632)
Andrew Steptoe (36331)
Alison Moody (704901)
Jane Wardle (52780)
Panayotes Demakakos (196562)
Nicola J. Shelton (704902)

March 2015

Fully adjusted survival curves for CVD mortality by HbA1C and diabetes category (whole...

Fully adjusted survival curves for cancer mortality by HbA1C and diabetes category (whole sample).

Vanessa L. Z. Gordon-Dseagu (704900)
Jennifer S. Mindell (115632)
Andrew Steptoe (36331)
Alison Moody (704901)
Jane Wardle (52780)
Panayotes Demakakos (196562)
Nicola J. Shelton (704902)

March 2015

Fully adjusted survival curves for cancer mortality by HbA1C and diabetes category (wh...

Kaplan-Meier survival curve for all-cause mortality according to HbA1c levels (%).

Ji In Park (578107)
Eunjin Bae (179234)
Yong-Lim Kim (277264)
Shin-Wook Kang (277265)
Chul Woo Yang (277266)
Nam-Ho Kim (277267)
Jung Pyo Lee (165431)
Dong Ki Kim (165482)
Kwon Wook Joo (295904)
Yon Su Kim (165494)
Hajeong Lee (286887)

August 2015

Kaplan-Meier survival curve for all-cause mortality according to HbA1c levels (%).</p

Kaplan-Meir survival curves for the risk of all-cause death in the study participants for all participants (upper) and baseline diabetes status (lower).

Kuo-Liong Chien (73583)
Hsiu-Ching Hsu (376275)
Pei-Chun Chen (194576)
Hung-Ju Lin (465313)
Ta-Chen Su (60914)
Ming-Fong Chen (309336)
Yuan-Teh Lee (376278)

March 2015

Kaplan-Meir survival curves for the risk of all-cause death in the study participants for all par...

Association between mortality and HbA1c, stratified by age group.

Jennifer Nicholas (431168)
Judith Charlton (185062)
Alex Dregan (431169)
Martin C. Gulliford (187134)

July 2013

Figures are odds ratios (95% confidence intervals).a6.5% to 9.0% as reference category;</p...

Association between mortality and HbA1c.

Jennifer Nicholas (431168)
Judith Charlton (185062)
Alex Dregan (431169)
Martin C. Gulliford (187134)

July 2013

Figures are odds ratios (OR), 95% confidence intervals (CI).aadjusted for comorbidity, lip...

Kaplan—Meier survival curves for incident diabetes during the 5-year study period, differentiated by baseline HbA1c levels.

Tetsuya Kawahara (719015)
Ryuichiro Imawatari (719016)
Chie Kawahara (719017)
Tetsuya Inazu (719018)
Gen Suzuki (344442)

April 2015

Each curve had a significantly higher risk compared with the reference group, the curve for HbA<s...

Age-adjusted mean values and multivariate-adjusted partial regression coefficients (95% CIs) of FPG and HbA1c according to smoking status.

Toshiaki Ohkuma (483462)
Masanori Iwase (483464)
Hiroki Fujii (483463)
Shinako Kaizu (572643)
Hitoshi Ide (483466)
Tamaki Jodai (483469)
Yohei Kikuchi (483467)
Yasuhiro Idewaki (483468)
Yoichiro Hirakawa (483470)
Udai Nakamura (483471)
Takanari Kitazono (483472)

March 2015

Abbreviations: FPG, fasting plasma glucose; HbA1c, hemoglobin A1c; β, parti...

Survival estimates.

George W. Reed (384426)
Hongjo Choi (384427)
So Young Lee (259302)
Myungsun Lee (384428)
Youngran Kim (384429)
Hyemi Park (384430)
Jongseok Lee (384431)
Xin Zhan (169128)
Hyeungseok Kang (384432)
SooHee Hwang (384433)
Matthew Carroll (384434)
Ying Cai (22305)
Sang-Nae Cho (173133)
Clifton E. Barry III (197104)
Laura E. Via (315019)
Hardy Kornfeld (195529)

March 2013

Unadjusted Kaplan-Meier survival curve for all causes of death in diabetic subjects (red lines...

HRs for all-cause and cause-specific mortality by glycated haemoglobin and self-reported diabetes category.

Vanessa L. Z. Gordon-Dseagu (704900)
Jennifer S. Mindell (115632)
Andrew Steptoe (36331)
Alison Moody (704901)
Jane Wardle (52780)
Panayotes Demakakos (196562)
Nicola J. Shelton (704902)

March 2015

1 Normoglycaemic/no diabetes: those who neither indicated diabetes nor had a raised Hb...

Hazard Ratios (95% CI) of Associations Between a 1% -Increase in HbA1c and Total Mortality, Stratified for Several Diabetes-Related Variables, and Cause-Specific Mortality in 4,345 Individuals with Diabetes Mellitus.

Diewertje Sluik (140061)
Heiner Boeing (23585)
Jukka Montonen (319550)
Rudolf Kaaks (23598)
Annekatrin Lukanova (319552)
Annelli Sandbaek (319555)
Kim Overvad (115088)
Larraitz Arriola (147444)
Eva Ardanaz (115112)
Calogero Saieva (319557)
Sara Grioni (319559)
Rosario Tumino (43188)
Carlotta Sacerdote (140075)
Amalia Mattiello (140078)
Annemieke M. W. Spijkerman (111260)
Daphne L. van der A (111226)
Joline W. J. Beulens (111264)
Susan van Dieren (319561)
Peter M. Nilsson (140081)
Leif C. Groop (198713)
Paul W. Franks (136032)
Olov Rolandsson (140085)
Bas Bueno-de-Mesquita (156489)
Ute Nöthlings (140098)

February 2013

Abbreviations: CI, confidence interval; CVD, cardiovascular diseases; OHA, Oral Hypoglycemic Agen...

Survival curves for overall survival by never and ever cigarette/bidi smoking.

Fen Wu (210935)
Yu Chen (29959)
Faruque Parvez (13136)
Stephanie Segers (387673)
Maria Argos (181649)
Tariqul Islam (29964)
Alauddin Ahmed (181661)
Muhammad Rakibuz-Zaman (181658)
Rabiul Hasan (387674)
Golam Sarwar (387675)
Habibul Ahsan (13132)

March 2013

(A) Overall survival among men. (B) Overall survival among women. Cox proportional ...

Survival curves for a) all-cause mortality and b) cardiovascular or sepsis-related mortality stratified for iron supplementation.

Emanuel Zitt (228284)
Gisela Sturm (228283)
Florian Kronenberg (87557)
Ulrich Neyer (228289)
Florian Knoll (228286)
Karl Lhotta (228288)
Günter Weiss (5649373)

December 2014

Adjusted for age, sex, time-dependent type of renal replacement therapy, diabetes, time-dependent...

The HbA1c and all-cause mortality relationship in patients with type 2 diabetes is j-shaped: A meta-analysis of observational studies

Arnold, Luke W.
Wang, Zhiqiang

August 2014

Low blood glucose and HbA1c levels are recommended in the literature on management of diabetes. Howe...

HRs for all-cause mortality according to TG/HDL-C ratio.

Ke Wan (724845)
Jianxun Zhao (724846)
Hao Huang (111923)
Qing Zhang (1802)
Xi Chen (35903)
Zhi Zeng (505048)
Li Zhang (8200)
Yucheng Chen (513758)

April 2015

Model 1 was adjusted for age, gender. Model 2 was adjusted for age, gender, smoking. Model 3 was ...

Fully adjusted (age, sex, smoking, SES and BMI) all-cause mortality survival curves by HbA1<sub>C</sub> and diabetes category (whole sample).

Abstract

Extracted data

Fully adjusted (age, sex, smoking, SES and BMI) all-cause mortality survival curves by HbA1<sub>C</sub> and diabetes category (whole sample).

Abstract

Extracted data

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